A review of the current status of computation of turbulent impinging jet heat transfer is
presented. It starts with a brief introduction to flow and heat transfer characteristics of jet …

Impinging jets are generally utilized as an effective medium of heat and mass transfer.
Various stream orientations and swirl effect may be a potential candidate to further improve …

In this paper, axisymmetric turbulent jets are investigated numerically with the aim of
improving our understanding of the effect of inflow conditions, swirl and near-field …

The effects of impacting particles from a jet of liquid on the removal of a surface material (on
the impacted workpiece) were investigated. Experimental observations show that the cross …

Convective heat transfer and drying processes are found in industrial applications from gas
turbine blade cooling to drying of food products and paper. In many instances, these …

The present results are focused on the self-sustained oscillations of a confined impinging
slot jet and their role in the flow structure and modeling requirements. Unsteady laminar …

Investigations have been conducted into turbulent impinging jets but the exact flow
dynamics and mechanisms leading to the observed heat transfer distributions at the …

In this study, turbulence models and near-wall modeling approaches were compared in
impingement heat transfer. The Reynolds-averaged Navier-Stokes (RANS) turbulence …

The drying process of the lithium battery pole pieces makes extensive use of the suspension
nozzle. It is of great significance to study the heat transfer and pressure steady-state …

The effect of jet geometry on flow, heat transfer and defrosting characteristics was
numerically investigated for elliptic and rectangular impinging jets on an automobile …